| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ppro_1601 |
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| Symbol | |
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| ID | 4571610 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Pelobacter propionicus DSM 2379 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008609 |
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| Strand | + |
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| Start bp | 1711095 |
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| End bp | 1715597 |
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| Gene Length | 4503 bp |
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| Protein Length | 1500 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 639755645 |
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| Product | methyl-accepting chemotaxis sensory transducer |
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| Protein accession | YP_901274 |
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| Protein GI | 118580024 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG0840] Methyl-accepting chemotaxis protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAAACAA TGGCAAAGGA GAACAAAAAC ATGTTCAAGG ACACGGGGCT GAAAAAAATG
CTGATGAGCG GGTTTATCGC AATGGCGCTC ATTGGCGGGA TACTCGGTGG TGTCGGGGCG
AAGCTGGCAC TGGGCTCAAC CTCCGGTAGC GCACCACTGT TTGTGCTGGC GCTGGTGGCG
GTGGGAGTGG TGCTGGCCAT CGTACTGGGC AGCAGTATCG TACGTGCCGT ACTGGGTCAG
CTTGGGGCTG AAACCGGTGA GGTGGCGGCG ATTGCCAATC TGCTTGCCTC CGGCGATTTG
AGCCGTGACA TACAGGTGGC TCCCGGCGAC AGCACCAGCG TCATGGCTGC CCTGAAGAGG
GTGTCTGATT CGGTTCGATC CGTTGTGAGC GATGCTTCGA CACTGTCCGA TGCCGCCATC
GCCGGGAAAC TCTCGGTCCG GGCTGATGCG GCCAGGCACA CGGGCGAATT CAGAAGGATC
GTCGAGGGGG TGAACGGCAC CCTGGAGGCT GTTGTCGAGA CGGTTCACGA TGCTGCAAAA
CGTATCGATC TGCTGAGTCG TGGCGAAATC TTCGAAGAGA TAACAGACGG TTACCGAGGA
GACTTTGGAG AACTGCGTGA AAGCCTCAAC CGCTGCAAAC AGGCCAACGA GGCGCTGCGC
GTCGACATCC GCACCATGTG CATCGCTTCC TACGAAGGGC ACCTGGATAC CCGCGTCGAC
CCGGACAAGC ATCAGGGCTT CTTCTCCAGG GCCGTTGCCG GCCTGAACAA CCTCTTCGAA
AACTTCACCG CTCCGCTCAA GGTGACCACT GACTACATCG AGACGATCAG TCACGGTGCA
CTTCCGGAAG TAATCACCGA AGAGTACCGC GGCGACTACA ACAACATAAA GCAGAGTGTC
AATCGCTGCA TCGAGGGGCT GGGCGGTCTC GTGGAGGCCA ACAATGTGCT GCAGAAGATG
GCCGTCAACG ATCACACCCA GAAGGTGGAA GGCCAGTACC TGGGCATTTA CGCCGAAGTC
GGCCATGCCG TCAATGACGT CAGGGAGAGG TTGCTGCGCG TGGCTCAAAC CGCACGAAGC
ATCGCCTGCG GCGATACCAG CGACCTGGAA ATCTACAAAG CCATCGGCGA TGGCAAGGGT
CGCCGCAGCG AGAACGATCA TCTGGTGCCG AATTTCATTG GCATGATGGA AGCCATAAAC
GCTCTGGTCA GTGATGCCAA CATGCTAGCC GATGCGGCGG TTCACGGCAA TTTCAACACC
CGCGCCGACC TGAGCAAGCA CCAGGGTGAT TTCCGTAAGA TCGTGGCCGG CGTCAATGCC
ACCCTGGACA CGGTTGTGGA CAAGGTTGTC TGGTACGAGG CGATCATCGA CGCGGTACCG
TTCCCGATCC ACGTCATCGA CATGGACATG AACTGGACCA TGCTGAACAA GGCCTTCGAG
AAGCTGATGA TTGAAAGCGG AGCGGTTCCG GACCGCAGGG CGGCGGTGGG CAAGCCGTGC
AGCAGCGCCG CGGCCAACAT CTGCAACAGC GAGAAGTGCG GCATTCGCCA GCTGCAGAAG
GGCGTTGGCG AGAGCTTCTT CGACTGGCAC GGTGCCCACT GCAAACAGGA CACCTCCTAC
CTGCTCAACA AGAATGGCGA GAAGATCGGC TACGTGGAGG TGGTCACCGA CCTCACCCCG
ATCCTCAGGA ACCGCGACTA CACCCACGCC GAGATCGAGC GCATGGCCGA CAACCTGACC
AGGCTGGCGT CCGGCAATCT GGAGCTGGAT CTGCAGGTGA AGGAAGCCGA TGAGCACACC
GTCGCCACCA GGGAAGACTT CGTCAAGATC AACGAGAGTC TGGCCAGGGT GAAGGAGGCG
GTCGGCTCCA TGATCGCCGA TACGGACATG CTGGTGCACG AGGCCATCGC CGGCAGGCTG
GAGACCCGCG CCGATGCCGA CAAACACCAG GGCGAATACC GCAAGATCGT GGCCGGCATC
AACCAGACCC TGGACACGGT TGTGGACAAG GTTGTCTGGT ACGAGGCGAT CATCGACGCG
GTACCGTTCC CGATCCACGT CATCGACATG GACATGAACT GGACCATGCT GAACAAGGCC
TTCGAGAAGC TGATGATTGA AAGCGGAGCG GTTCCGGACC GCAGGGCGGC GGTGGGCAAG
CCGTGCAGCA GCGCCGCGGC CAACATCTGC AACAGCGAGA AGTGCGGCAT CCGCCAGCTG
CAGCGGGGCA TTGGCGAGAG CTACTTCGAC TGGCACGGAT CCCAGTGCAA GCAGGACACC
TCCTATCTGG TCAACAAGCG CGGCGAGAAG ATCGGCTATG TGGAGGTGGT CACCGATCTG
ACCCCGATCC TCAGGAACCG CGACTACACC AACTGTGAGA TCGAGCGCAT GGCCGACAAC
CTGACCAGGC TGTCTGCCGG TAACCTGGAG CTGGATCTGC AGGTCAAGGA AGCCGATGAA
CACACCGCCG CCACCAGGGA AGGTTTTGTC AAGATCAACG ACAGTCTCAC CAAGGTTAAG
GAGGCGGTTG GCTCCATGAT CGCCGATACG GACATGCTGG TGCACGAGGC CATCGCCGGC
AGGCTGGAGA CCCGTGCCGA TGCCGACAAG CACCAGGGCG ACTACCGCAA GATCGTGGCA
GGCATCAACC AGACTCTGGA CACCGTGGTG GATAAGGTTA TGTGGTATGA AGCAATCATC
GATGCGGTGC CATACCCACT CCACGTCATC GACATGGACA TGAACTGGAC CATGCTGAAC
AAGGCCTTCG AGAAGCTGAT GATTGACAGC GGAGCGGTTC CGGACCGCAG GGCGGCGGTG
GGCAAGCCGT GCTCGAGCGC GGCGGCCAAC ATCTGCAACA CCGAGAAATG CGGCATCCGC
CAACTGCAGA AGGGCGTCGG CGAGAGCTAC TTCGACTGGC ACGGTTCCCA GTGCAAGCAG
GATACATCCT ACCTGCTCAA CAAAAAGGGC GAGAAGATTG GCTATGTGGA GGTTGTTTCG
GATCTTACCC CGATCCTCAG GAACCGTGAC TACACCAACT GCGAGATCGA GCGCATGGCG
GAGAACCTGA CCAGGCTGTC TGCCGGTAAC CTGGAGCTGG ATCTGCAGGT CAAGGAAGCT
GATGAACACA CCGCCGCCAC CAGGGAAGGT TTTGTCAAGA TCAACGACAG CCTCACCAAG
GTGAAGGAGG CGGTCGGCTC CATGATCGGC GATACTAACC TGCTGGTGAA TGCTGCACTG
GAGGGAAGAC TTGCGACCCG TGCCGATGCC GGCAAGCACC AGGGTGACTT CCAGAAGGTG
GTCTCGGGGA TCAACAGCAC CCTTGACGCG GTCATCGGAC CGCTGAACAT GGCTGCCGAC
TACGTTGCCC GCATCTCCAG GGGAGACATG CCGAGCGCTA TCAGCGACAC CTACAACGGC
GACTTCAACG ACATCAAGAA CAACCTCAAC GTACTGATCG ACGCCATCGG TGATATCACC
GCCAACGCCA AGCAGATTGC CCAGGGGAAC CTGATGGTCG ACCTGAAGAA ACGTTGCGAA
GATGACGAAC TGATGGAATC CCTGGCATCC ATGGTGGAGA AGCTCAGGGA AGTGGTCACG
GAAGTCCAGT CAGCTGCCGA TAACGTGGCG GCCGGCGGCC AGCAGATGTC CGCCACGGCC
CAGCAGATGT CCCAGGGCGC CACCGAGCAG GCCGCCAGCG CCGAGGAAGT CTCCTCCAGT
ATGGAAGAGA TGGCCTCCAG CATCCGCCAG AACACGGACA ATGCCCTGCA GACCGAGAAG
ATCGCCATCA AGTCCGCCTC CGACGCCCGC GAAGGGGGCA GGGCGGTAAC GGAGACCGTG
TCTGCCATGA AGGAGATCGC CACCAAGATC TCCATCATCG AAGAGATCGC CCGCCAGACC
AACCTGCTGG CGCTGAATGC CGCCATCGAG GCTGCCCGTG CCGGCGAGCA CGGCAAAGGC
TTCGCGGTGG TAGCCTCTGA GGTAAGAAAA CTTGCCGAAC GGAGTCAGGC TGCTGCCGGC
GAGATCAGCC AGCTCTCCAC CACCAGCGTG GCAATCGCCG AGCAGGCCGG CGAGATGCTG
GACAAGATGC TGCCGGACAT CCAGAAGACC GCAGAACTGG TGCAGGAAAT CAGCGCCGCC
AGCCGTGAGC AGGATAGCGG CGCCGAGCAG ATCAACAAGG CCATCCAGCA GCTGGACCAG
GTAATCCAGC AGAACGCCTC TGCCAGTGAG CAGATGGCCT CCACCACCGA GGAACTCTCC
AGCCAGGCCG AGCAGATGAA GGCCACCATA GCATTCTTCG CGCTGGACGA CCGCAGGCAG
AAGGCCCTGC CGGGACCGCG AAATGCGGCG CCCAGGCAAA TCACAGCCGG TCCGCGCCGT
CAGGCTCCGG TGGTAAAGAA ACCGGCAATG CCCCCAGCGA GAAGCCCGAA GAGTGGGGGG
GTGAACCTGG ATCTGGGACC CATCGGGCCT GACAGCCTCG ATAACGAGTT TGAAAAATTC
TAA
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| Protein sequence | MKTMAKENKN MFKDTGLKKM LMSGFIAMAL IGGILGGVGA KLALGSTSGS APLFVLALVA
VGVVLAIVLG SSIVRAVLGQ LGAETGEVAA IANLLASGDL SRDIQVAPGD STSVMAALKR
VSDSVRSVVS DASTLSDAAI AGKLSVRADA ARHTGEFRRI VEGVNGTLEA VVETVHDAAK
RIDLLSRGEI FEEITDGYRG DFGELRESLN RCKQANEALR VDIRTMCIAS YEGHLDTRVD
PDKHQGFFSR AVAGLNNLFE NFTAPLKVTT DYIETISHGA LPEVITEEYR GDYNNIKQSV
NRCIEGLGGL VEANNVLQKM AVNDHTQKVE GQYLGIYAEV GHAVNDVRER LLRVAQTARS
IACGDTSDLE IYKAIGDGKG RRSENDHLVP NFIGMMEAIN ALVSDANMLA DAAVHGNFNT
RADLSKHQGD FRKIVAGVNA TLDTVVDKVV WYEAIIDAVP FPIHVIDMDM NWTMLNKAFE
KLMIESGAVP DRRAAVGKPC SSAAANICNS EKCGIRQLQK GVGESFFDWH GAHCKQDTSY
LLNKNGEKIG YVEVVTDLTP ILRNRDYTHA EIERMADNLT RLASGNLELD LQVKEADEHT
VATREDFVKI NESLARVKEA VGSMIADTDM LVHEAIAGRL ETRADADKHQ GEYRKIVAGI
NQTLDTVVDK VVWYEAIIDA VPFPIHVIDM DMNWTMLNKA FEKLMIESGA VPDRRAAVGK
PCSSAAANIC NSEKCGIRQL QRGIGESYFD WHGSQCKQDT SYLVNKRGEK IGYVEVVTDL
TPILRNRDYT NCEIERMADN LTRLSAGNLE LDLQVKEADE HTAATREGFV KINDSLTKVK
EAVGSMIADT DMLVHEAIAG RLETRADADK HQGDYRKIVA GINQTLDTVV DKVMWYEAII
DAVPYPLHVI DMDMNWTMLN KAFEKLMIDS GAVPDRRAAV GKPCSSAAAN ICNTEKCGIR
QLQKGVGESY FDWHGSQCKQ DTSYLLNKKG EKIGYVEVVS DLTPILRNRD YTNCEIERMA
ENLTRLSAGN LELDLQVKEA DEHTAATREG FVKINDSLTK VKEAVGSMIG DTNLLVNAAL
EGRLATRADA GKHQGDFQKV VSGINSTLDA VIGPLNMAAD YVARISRGDM PSAISDTYNG
DFNDIKNNLN VLIDAIGDIT ANAKQIAQGN LMVDLKKRCE DDELMESLAS MVEKLREVVT
EVQSAADNVA AGGQQMSATA QQMSQGATEQ AASAEEVSSS MEEMASSIRQ NTDNALQTEK
IAIKSASDAR EGGRAVTETV SAMKEIATKI SIIEEIARQT NLLALNAAIE AARAGEHGKG
FAVVASEVRK LAERSQAAAG EISQLSTTSV AIAEQAGEML DKMLPDIQKT AELVQEISAA
SREQDSGAEQ INKAIQQLDQ VIQQNASASE QMASTTEELS SQAEQMKATI AFFALDDRRQ
KALPGPRNAA PRQITAGPRR QAPVVKKPAM PPARSPKSGG VNLDLGPIGP DSLDNEFEKF
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